public static void process_node(note_node temp_node_, int current_cost_)
{
note_node temp_node2 = temp_node_;
//Add to the stack
temp_note_stk.Push(temp_node_);
//Work through the child nodes for the passed parent
foreach (note_node temp_child_ in DecisionTree.get_Children(temp_node_))
{
//When at the last note in the list notes then push current stack out to an arrangemenet
if (temp_child_.NoteDetails.position == MatchNotes.last_note_position)
{
//Push the current child to the stack to get the last note in the current tree thread
temp_note_stk.Push(temp_child_);
//Copy the current the stack snapshot to an arrangemenet
List<note_node> temp2;
//TO DO : Clean up the following as creation of temp array object not great but works for the mo
note_node[] tempArray = new note_node[temp_note_stk.Count];
temp_note_stk.ToArray().CopyTo(tempArray, 0);
temp2 = tempArray.ToList();
temp2.Reverse(); // Stack values will be the wrong way round so need to reverse
//Generate the Arrangement
Arrangement tempArrange = new Arrangement(temp2);
tempArrange.number_of_notes = temp2.Count();
//Check if the arrangement has all the required notes
//If yes then add the arrangment
if (temp2.Count() == Arrangemenet_engine.original_note_count)
{
//Calculate the total costs of the arrangemenet
foreach (note_node temp_node in temp2)
{
tempArrange.total_Cost += temp_node.cost;
if (temp_node.cost < 0)
tempArrange.total_neg += temp_node.cost;
if (temp_node.cost > 0)
tempArrange.total_pos += temp_node.cost;
};
Arrangemenets.add_arrangemenet(tempArrange);
};
temp_note_stk.Pop();
}
else
{
// Call process node again for the next set of children
process_node(temp_child_, current_cost_);
// Pop the last child off the stack
temp_note_stk.Pop();
}
};
}
//Add arrangemenet objects to arrangemenets list
public static void add_arrangemenet(Arrangement temp_arr_)
{
int last_index = Arrange_list.Count()-1;
temp_arr_.Arr_index = last_index + 1;
Arrange_list.Add(temp_arr_);
}
